Bsc Preferred MFL18144K Corrugated Document Mailer 25 Pack

Product Description

The BSC PREFERRED MFL18144K is a kraft corrugated document mailer box designed to protect flat documents, certificates, artwork, and similar materials during shipping and storage. Constructed from 200/ECT-32-B kraft corrugated board, it features protective side flaps and a front outside tuck closure that holds securely without tape, glue, or staples. The self-assembly design means a technician or shipping clerk can set up each box in seconds. Sold as a pack of 25 units, the MFL18144K is suited for high-volume shipping departments, trade contractors, and supply houses that regularly send flat documents through the mail or freight.

The MFL18144K is intended for packaging and shipping environments where document integrity is critical. The tuck-closure design eliminates the need for additional sealing supplies on the floor, making it practical for fast-paced shipping operations. Typical applications include mailing permits, engineering drawings, legal documents, blueprints, and other flat materials that cannot be folded. This product is equivalent to part number S-16928.

Key Features

• 200/ECT-32-B kraft corrugated construction provides rigid protection for flat documents
• Protective side flaps guard edges and corners against impact
• Front outside tuck closure requires no tape, glue, or staples
• Self-assembles in seconds, reducing packing time
• Sold in a pack of 25 for volume shipping needs
• Equivalent replacement for part number S-16928

Compatibility

Equivalent to part number S-16928. Designed as a direct replacement for standard corrugated document mailer boxes of the same ECT-32-B construction and tuck-closure style.

Installation Notes

No tools are required for assembly. Fold along the scored lines to form the box, insert the document, and close the front tuck flap firmly to secure the contents. Store flat mailers in a dry location to maintain board integrity before use. Do not overfill beyond the intended flat-document capacity, as overloading may compromise the tuck closure.